Xiaomi Super Slim magnetic 5000mAh 22.5W black power bank

Updated design

Ultra-slim inside and out

Redesigned compact structure incorporating slim battery cells, achieving an ultra-slim 8.7 mm body and reducing thickness by 27.5%*. Its lightweight design makes it the ideal travel companion.

Compact and portable

Attaches effortlessly to any device

The power bank fits perfectly when attached to the device without blocking cameras or protruding.

High-density lithium cobalt oxide battery

Lightweight and durable

The integrated 5000 mAh battery increases energy density by approximately 12.9%* to achieve consistent, high-level performance. Even after 300 charge cycles, it retains over 80% capacity* for a longer lifespan.

High-precision finishes

The high-precision sandblasted finish and high-gloss diamond-cut details, combined with a high-strength aluminum alloy casing, elevate cutting-edge technological elegance.

High-reliability panel

The magnetic surface combines a light and durable fiberglass panel with a vacuum-embossed pattern, providing a robust and refined finish.

Carefully designed edges

Thanks to the G3 curvature, the design features rounded corners that not only make it easy to grip but also provide a superior user experience.

New indicator lights

The micro-holes are a new feature. The lights shine brightly when on and are invisible when off, contributing to the uniformity of the design.

POWERFUL

Powerful magnetic cores for a seamless experience

The 17 neodymium magnetic cores

are responsible for achieving powerful magnetic attraction

The array of neodymium magnetic cores offers up to 10 N of magnetic force*, ensuring a firm hold even in small hands.

Wired mode

Offers up to 22.5 W output with an ultra-compact design and improved charging speed.

Highly sensitive temperature control system

Low-temperature charging protects battery health

Equipped with two NTC sensors that check the temperature 12,000 times per minute. An 826 mm² graphene heat dissipation layer ensures efficient dissipation across the entire surface.